India Data Center Review 2026 — India's most comprehensive infrastructure analysis to support the A.I. era. 250+ pages, 14 chapters, 100+ illustrations, free to download.
Read NowIndia Data Center Review 2026 — India's most comprehensive infrastructure analysis to support the A.I. era. 250+ pages, 14 chapters, 100+ illustrations, free to download.
Read NowGoa is a small coastal state within the Western Region (WR) grid, characterised by a heavily import-dependent power posture given its limited indigenous generation base. The defining headline is an exceptionally low average carbon intensity of 24.0 gCO2/kWh averaged over the recent ~48h window — a figure that reflects the current fuel-mix composition rather than a structural decarbonisation achievement, and warrants scrutiny of the underlying mix. RE share stood at 2.9% of generation in the latest hourly slice (as of 2026-06-01T01:30 UTC), with a recent ~48h window delta of +2.38 pp — a short-window movement, not a confirmed directional trend. On reliability, the state recorded a peak deficit p95 of 0.0% as of 2026-05-30, indicating no measurable peak shortage at the 95th-percentile threshold. Several key structural metrics — open-access charges, AT&C losses, residential tariffs, and long-run demand growth — remain data-not-yet-integrated, limiting the depth of cross-dimensional assessment.
Real-time demand telemetry (latest_demand_mw) is not available for Goa; the live SLDC feed has not been integrated, so no MW-level anchor can be provided for the current period. Goa's generation mix, as captured across three fuel-mix slices in the chart series, shows RE accounting for 2.9% of generation in the latest hourly observation (2026-06-01T01:30 UTC). The recent ~48h window delta of +2.38 pp indicates a short-term upward movement in RE share relative to the window open at 2026-05-30T02:30 UTC; this is a 48-hour observation and should not be interpreted as a multi-year directional trend. The balance of generation — approximately 97.1% — derives from non-RE sources, consistent with the state's dependence on thermal and grid imports through the WR interconnect. On the supply-adequacy dimension, the peak deficit p95 of 0.0% (as of 2026-05-30, based on 11 POSOCO PSP data points) signals that peak demand has been fully met at the 95th-percentile threshold over the assessed period, with no recorded shortfall. Long-term demand CAGR data is not yet integrated; the Atlas aggregator currently exposes only the ~48h real-time window.
Goa's RE share at 2.9% of generation (latest hourly slice, 2026-06-01T01:30 UTC) positions it among states with the lowest renewable penetration in the WR grid. The recent ~48h window delta of +2.38 pp is a short-window upward movement — it reflects intra-day or weather-driven variability and cannot be characterised as a sustained transition trajectory without multi-week or multi-year data. The average carbon intensity of 24.0 gCO2/kWh (averaged over the recent ~48h, as of 2026-06-01T01:00 UTC) is notably low relative to the national coal-heavy average; however, given the 2.9% RE share, this intensity figure likely reflects the current fuel composition — possibly including gas or grid imports with a lower-emission profile — rather than a RE-driven outcome. Multi-year demand CAGR data is not yet integrated, precluding any assessment of how fast load growth is moving relative to RE capacity additions. RPO compliance data is not yet integrated (no SERC report ingested for Goa; see IEA-58), so alignment with statutory renewable purchase obligations cannot be assessed from available metrics.
The open-access charge stack (CSS + wheeling + transmission + losses, HT voltage) is not available for Goa — the Atlas endpoint returned no data for this state — removing the primary proxy for commercial cost-of-power signals and OA economics. AT&C loss data is not yet integrated; no rows exist in the Atlas DISCOM AT&C losses table for Goa, making it impossible to assess commercial and technical distribution efficiency from available metrics. On the supply-reliability side, the one measurable proxy for DISCOM operational stress — the peak deficit p95 at 0.0% as of 2026-05-30 — suggests the state is meeting peak demand without recorded shortfall at the 95th percentile. Residential tariff data is not yet integrated (Atlas tariff endpoint requires an API key not yet provisioned). Transmission ATC and TTC values are also absent from the Atlas table for Goa. In aggregate, the DISCOM health picture is severely data-constrained; the 0.0% peak deficit is the sole quantitative indicator available.
Over a 1–3 year horizon, Goa's energy posture presents a mixed picture with material data gaps constraining confidence in any projection. The 0.0% peak deficit p95 indicates current adequacy, but the absence of demand CAGR data means load growth pressure cannot be quantified. RE share at 2.9% — with a +2.38 pp recent-window movement that may reflect seasonal or diurnal variation rather than a structural shift — leaves the state materially exposed if national RPO obligations tighten; RPO compliance cannot be confirmed given the absence of ingested SERC data. The carbon intensity of 24.0 gCO2/kWh, while low in isolation, needs to be tracked against fuel-mix composition changes rather than treated as a decarbonisation signal. Priority actions for the near term: (1) integrate SLDC real-time demand telemetry to establish a reliable demand baseline; (2) ingest SERC tariff orders and RPO filings to assess compliance and tariff structure; (3) populate the AT&C loss table to enable DISCOM financial health benchmarking. Without these data integrations, investment and policy decisions rest on an incomplete evidence base.
